private void AssignCutoffLambdaValues()
{
try
{
var peakLambdaIndex = ELSpecList.FindIndex(x => x.Intensity == ELSpecList.Max(y => y.Intensity)); //find the index of the EL peak
var presentIntensity = ELSpecList[peakLambdaIndex].Intensity; //find the peak intensity (should be 1.0 but this is safer)
var indexCounter = peakLambdaIndex; //start counting at the peak
while (presentIntensity > _cutoffHeuristic && indexCounter > 0) //search for the first index where the intensity is less than the cutoffHeuristic
{
indexCounter--;
presentIntensity = ELSpecList[indexCounter].Intensity;
}
MinLambdaCutoff = ELSpecList[indexCounter].Wavelength; //get the wavelength at the cutoff index
indexCounter = peakLambdaIndex; //rinse and repeat but in the opposite direction
presentIntensity = ELSpecList[peakLambdaIndex].Intensity;
while (presentIntensity > _cutoffHeuristic && indexCounter < ELSpecList.Count - 1)
{
indexCounter++;
presentIntensity = ELSpecList[indexCounter].Intensity;
}
MaxLambdaCutoff = ELSpecList[indexCounter].Wavelength;
}
catch (Exception e)
{
Debug.WriteLine("Exception at ELSpecVM AssignCutoffLambdaValues(): " + e.ToString());
}
}
private void LoadELSpecDataIntoList(string fp)
{
try
{
using (var sr = new StreamReader(fp))
{
var reader = new CsvReader(sr);
ELSpecList = reader.GetRecords <ELSpecDatum>().ToList <ELSpecDatum>();
var maxIntensity = ELSpecList.Max(i => i.Intensity);
foreach (ELSpecDatum d in ELSpecList)
{
d.Intensity = d.Intensity / maxIntensity;
}
}
}
catch (Exception e)
{
MessageBox.Show(e.ToString());
}
}
